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Floorguard Polycryl

High-quality satin floor wax for protecting flat, hard, water-resistant floors.
In stock
Only %1 left
SKU
57651
As low as €10.03
Delivery is NOT included in the price
Tax excluded
*Exclusively for business customers

PRODUCT DESCRIPTION

Floorguard Polycryl is a high-quality waterborne floor wax based on acrylic polymers
Floorguard Polycryl has great adhesion on different types of surfaces and is very resistant to abrasion.
Floorguard Polycryl leaves a natural satin finish.

USE

Floorguard Polycryl is suitable for all types of water resistant floors such as linoleum, vinyl, PVC, stone, rubber and cork.
Floorguard Polycryl is used as a maintenance product in public transport, school and office buildings.

CHARACTERISTICS

• Very durable and abrasion resistant
• Hardens quickly
• Easy application
• Resistant to intense walking load

PACKAGING

1, 5 and 10 L.

INSTRUCTIONS FOR USE

1. Remove old wax layers with Multistrip. Treat porous and damaged floors with Floorguard Sealer.
2. Ensure that the floors are completely clean, dry and dust-free.
3. Apply Floorguard Polycryl undiluted to the surface and distribute the product immediately with a mop or squeegee.
4. After application let the surface dry for 20-30 minutes prior to applying a second layer. Apply a minimum of two layers.
5. Remove any excess material immediately.

APPLICATION CONDITIONS

Ambient temperature: maximum 30°C, minimum 10°C
Substrate temperature: maximum 30°C, minimum 10°C
Relative humidity: maximum 85%

DRYING

Dust-free: 15 - 20 min
Dry: After 1 - 3 hours

THEORETICAL CONSUMPTION

Consumption is 8-12 m2/L. Consumption is influenced by the absorbance and porosity of the surface.

SHELF LIFE and STABILITY

Can be kept for at least 12 months in original unopened packaging. Store in a cool, frost-free place.

SAFETY PRECAUTIONS

Floorguard Polycryl is not classified. If in doubt, always consult the safety data sheet or our R&D department.

Consumption is 8-12 m2/L. Consumption is influenced by the absorbance and porosity of the surface.